The Structure of Plants as Relates to Transpiration
Title: The Structure of Plants as Relates to Transpiration
Category: /Science & Technology/Chemistry
Details: Words: 1104 | Pages: 4 (approximately 235 words/page)
The Structure of Plants as Relates to Transpiration
Category: /Science & Technology/Chemistry
Details: Words: 1104 | Pages: 4 (approximately 235 words/page)
All plants need water to survive. However, plants lose huge amounts of water through transpiration, which is the evaporation of water from the aerial surfaces of a plant. In order to understand this process, one must first analyze the structure of a plant.
<Tab/>Angiosperms are divided into two separate groups: monocots, with single cotyledons, or seed leaves, and dicots, with two cotyledons. Monocots usually have parallel veins in the leaf,
showed first 75 words of 1104 total
You are viewing only a small portion of the paper.
Please login or register to access the full copy.
Please login or register to access the full copy.
showed last 75 words of 1104 total
Higher temperatures result in faster rates of evaporation, and thus a greater rate of transpiration. Light causes photosynthesis to speed up. As photosynthesis produces water molecules, the rate of transpiration is reduced. Air current circulates the airy around the plant, lowering the humidity and thus the water potential of the outside air. Air current will lead to a reduced rate of transpiration. Humidity reduces the rate of transpiration because humid air has higher water potential.